Strategic Plan for used sea water desalination plants to Implementation Integrated Agricultural - Industrial areas at sea beaches cities and used hydrogen PEM fuel cell plants on sea beaches cities As Resource of energy in hot and cold atmosphere countries at All world countries Authors: INDIVEDUAL PROJECT BY MECHANICAL POWER ENGINEER - REDA MOHAMED AHMED WAHB - EGYPTION – EMAIL - redasolarenergyorg@gmail.com these business plan for used desalination of seawater and used brine water salts as the salt solution produced on sea beaches cities at USA and European countries to produce large amount of hydrogen can be divided two section first one used for production DC electric current generation by used hydrogen PEM fuel cell plants and compresses second section hydrogen for 900 bar to filling on cylinders or delivery trailer to transport for hydrogen fueling station at city to fouling cars and buses as a green city and other chemical compounds Notes;We shall depended on the simulation models for basic calculation of design Abstract Executive summary Feasibility of hydrogen of extraction hydrogen from sea water brine solution We estimation prices of 1 kg hydrogen at normal pressure 1 bar about 0.5 $ and produced 10 ; 12 kw . when using for generation electricity by hydrogen PEM Fuel cell plants the cost of prices of 1 kw about 0.05 $ and price of sales to consumer about 0.1 $ . when using for fueling for operation buses and vehicles needed compresses to 700 – 900 bar with cost about 2 $ and filling on delivery trailer to transport for fueling station at distance not more than 300 km at around of desalination plant with total cost about 1 $ that meaning the price of 1 kg hydrogen for consumer well be about 4 $ that meaning hydrogen full substitute for oil in 2030 Over view of component Agricultures - industrial area Projects as following These area with dimension as w = 7000 x L = 10,000 m =70,000,000 m2 = 16,000 acres and we collect four area in every projects and every one divided to following area 1- intake and sea water pump station with capacity 100,000 m3 / day and discharge pipe line with length about 10,000 m and distribution storage tanks by Cooperation with violia sea water desalination group 2- Sterilizer, Crystallizer and Sedimentations salts tanks design as alternative for pretreatment stages and post treatment stage - by Cooperation with violia sea water desalination group 3- RO Sea water desalination plant - by Cooperation with violia sea water desalination group 4- 12,000 acres agricultures area irrigation by arable water or drink water with rate 80,000 m3 /day includes following. Infrastructure building include paving road ,water pipe net, electric power and light grid , irrigation pipe and irrigation pump station and suction storage arable water for irrigation by sprinklers system with ratio 5 % from total area = 750 acres - by Cooperation with civil works contractor . 5- Extraction Chemical component for sea salt by Cooperation with thyssenkrupp Uhde technology and Outotec’s technology includes 6 - Sodium Hydroxide + Sodium chloride to produced 1200 ton Hydrogen / day by Uhde system salt by Cooperation with thyssenkrupp Uhde technology and Outotec’s technology includes 7- Hydraulic acid + Sodium Hydroxide to produced Sodium chloride to recycle it for produced 1200 ton hydrogen and 600 ton oxygen gas and produced 1000 ton Sodium chloride solution by DE electrolyses system and used hydrogen and oxygen to generate DC electric power by Cooperation with Hydrogenics USA Power Systems technology and used Outotec’s technology for following 8 - Sulfuric acid H2SO4 with rate 80 ton /day by Cooperation with Outotec’s technology 9 - Magnesium Mg with rate 80 ton /day by Cooperation with Outotec’s technology 10 - Potassium K with rate with rate 40 ton /day by Cooperation with Outotec’s technology 11- Calcium Ca with rate with rate 40 ton/days by Cooperation with Outotec’s technology 12 - Bicarbonate HCO3 with rate with rate 15 ton /day by Cooperation with Outotec’s technology 13 - Hydrogen storage tanks and liquefied and filling in cylinders or storage trailers for transportation and delivery systems with necessary area = 1000 acres = 4,200,000 m2 {1 acres = 4200 m2 } by Cooperation with Linde AG group technology 14 – Industrial area for produced hydrogen cylinder PEM hydrogen Full cell car and buss motors and lithium battery and irrigation pumps – irrigation Sprinkle and pipes and any necessary accessory … etc with total area = 300 acres. 15 - At cold and hot atmospheric countries we consumer all hydrogen and oxygen produced by chemical reaction between hydraulic acid and sodium hydroxide through DE electrolyses system about 800 ton to operation 12 (10+2) hydrogen PEM Fuel cell plants every one with capacity 50 mw by Cooperation with Hydrogenics USA Power Systems and used the hydrogen product by Uhde system by Cooperation with thyssenkrupp Uhde technology and Linde AG group technology to building Hydrogen storage tanks and liquefied and filling in cylinders or storage trailers for transportation and delivery systems to used for operation buses and vehicles 16 - Supply and Erect PEM hydrogen fuel cell Energy distribution electric system and automation by Cooperation with ABB USA companies - include all storage batteries cabinets, grids, converters, substation and supervisor logic control system for control on all function and operation of plant Advances of extraction hydrogen from sea water brine solution and using as hydrogen substitute for petroleum in the run buses, vehicles and electricity generation and plans 1- Held combating climate change Earth's conference as a result of greenhouse gas emissions carbon oxides, polluting. 2- find solutions to the problem of energy and water - solutions and find alternatives to environmentally friendly alternative to oil fuel 3- development of sea water desalination plants system and the cost of production to be cost suitable for agricultural development to solve the problem of desertification or the depletion of rain water 4 - Research cooperation for the production of new sources of energy - and to address and remove salts and because the US Department of Energy reached good results in the production and use of hydrogen substitute for petroleum in the run buses, vehicles and electricity generation and plans become hydrogen full substitute for oil in 2030 5 - We can used all hydrogen produced about 1600 ton to generate electric power by total capacity 1000 mw when not need as fuel 6 - Feasibility of hydrogen of extraction hydrogen from sea water brine solution We estimation prices of 1 kg hydrogen at normal pressure 1 bar about 0.5 $ and produced 10 ; 12 kw . when using for generation electricity by hydrogen PEM Fuel cell plants the cost of prices of 1 kw about 0.05 $ and price of sales to consumer about 0.1 $ . When using for fueling for operation buses and vehicles needed compresses to 700 – 900 bar with cost about 2 $ and filling on delivery trailer to transport for fueling station at distance not more than 300 km at around of desalination plant with total cost about 1 $ that meaning the price of 1 kg hydrogen for consumer well be about 4 $ that meaning hydrogen full substitute for oil in 2030 7 - Financial offer We estimation total installation cost for integrated Agriculture – industrial area = 6,000,000,000 $ and pure income / year = 1,500,000,000 $ / year The intellectual property rights for design and technical specification will be owner consultant group with rate 8 % from total cost of projects and I have the intellectual property rights for this business plan as author title and consider a innovative with rate 1% from total cost of projects. Reda Mohamed Ahmed Ahmed Wahb Mechanical power Engineer and Technical Cooperation, Coordination, Representation of; integrated agriculture, industrial areas depended on Sea water as Raw material and Hydrogen as Alternative Renewable Energy Kafr Abdu – Qwissina – Menoufia – Egypt Mobil : 002 0122 3178476 Egypt Email-; redasolarenergyorg@gmail.com More Explanation at Facebook Page https://www.facebook.com/reda.wahb.961 https://twitter.com/redamechanical1